OIL SHALE POWER PREVAILS IN ESTONIA; pp. 93–94

OIL SHALE ENERGY IN ESTONIA; pp. 95–96

OPTIMAL PLANNING OF GENERATING UNITS IN POWER SYSTEM CONSIDERING UNCERTAINTY OF INFORMATION; pp. 97–107

OPTIMAL OPERATION OF POWER PLANTS IN COGENERATION SYSTEMS; pp. 109–117

OPTIMAL LOAD DISPATCH IN POWER PLANT UNDER PROBABILISTIC INFORMATION; pp. 119–126

CO-OPERATION OF ESTONIA’S OIL SHALE BASED POWER SYSTEM WITH WIND TURBINES; pp. 127–142

STOCHASTIC MODELS OF GENERATING UNITS; pp. 143–151

OPTIMIZATION OF OPERATING RESERVES IN POWER SYSTEMS; pp. 153–160

ESTIMATION OF DISTRIBUTION NETWORK STATE ON THE BASIS OF A MATHEMATICAL LOAD MODEL; pp. 161–170

ON THE LOCAL AND GLOBAL OPTIMUMS IN DISTRIBUTION FEEDER RECONFIGURATION; pp. 171–180

EVALUATING LOAD MANAGEMENT POTENTIAL; pp. 181–196

SEARCH FOR THE PARETO POINT BASED ON THE MAXIMIN PRINCIPLE OF IMPROVEMENT RATES OF OBJECTIVE FUNCTIONS; pp. 197–208

INTEGRATION OF CONTROL AND PROTECTION SYSTEMS IN POWER NETWORKS; pp. 209–216

ASSESSMENT OF ELECTRICITY SUPPLY INTERRUPTION COSTS IN ESTONIAN POWER SYSTEM; pp. 217–231

RESOURCE AND UTILIZATION OF ESTONIAN HYDROPOWER; pp. 233–241

RESULTS OF THERMOGRAPHIC DIAGNOSTICS OF ELECTRIC GRID CONTACT JUNCTIONS AND GENERATORS OF OIL SHALE POWER PLANTS; pp. 243–258